Työn ulkopuolelle rajattiin kuitubetonin mahdollinen käyttö paalulaattojen materiaalina. Kuitubetonin kautta saatavia hyötyjä tulen tarkastelemaan jatkossa.In this work, the design tool for piping pipes was developed. The need to develop a design tool was mainly the cost reasons, the speeding up of planning, and the avoidance of problems arising from the planning of fundamental changes and the problems of landing due to construction land due to the limitations of planning resources.

The actual construction is left to the contractor when it is possible and has not been considered here. Creating a report is also excluded from this work. Construction work should be practically feasible in accordance with plans made with this tool.

The design tool can also be used as a design-adaptive method in principle, and not just in normal cases. The design tool has been tried to make it as easy and simple to use. Work has also been studied in the field of occupational safety, which is im-portant in narrow and deep wells where work. The design tool does not specify the exact working methods, but requires additional guidelines for the site to be implemented.

The aim is to use the theory as exhaustively as possible, to focus on the core issues and to try to be coherent in the work. The work on the use of the pipes of previous pipelines was used to check the results. Aalto University has also contributed greatly to the work.

The design tool is Excel-based. It is designed to cover the basic cases of typical pipeline structures. The design tool is made using existing calculations.

Outside the work, the possible use of fiber ethanol was used as a material for pallet tiles. The benefits of fiber implant can be explored in the future.